![]() We’ve all followed a sort of code of conduct when it comes to talking about it.” Journalists across Fleet Street have known those names for a long time. The reality is, though, that this is information that is not privy just to me. ![]() So the only time you hear about the book is once it’s come out in the public domain. I obviously can’t speak Italian, German, French, Dutch or any of the other languages. That then gets licensed to other publishers. I wrote and edited the English version of the book with one publisher. He said the inclusion of the names was “still being investigated right now. He claimed other Fleet Street journalists had “known those names for a long time”. He said he had never used the word “racist”, and that his book referred to “unconscious bias”. Speaking to ITV’s This Morning on Thursday, Scobie insisted he had “never submitted a book that had their names in it”, and could only talk about the English version that he wrote. The broadcaster Piers Morgan used his TalkTV show on Wednesday to name the royals mentioned in a now pulled and pulped translated version of Omid Scobie’s book Endgame: Inside the Royal Family and the Monarchy’s Fight for Survival. “It is not something we are going to comment on,” a spokesperson told the Guardian. 19, 014052 (2023).The book claims conversations about Archie related to how it opened up discussions about whether there was “unconscious bias” in the royal family.īuckingham Palace declined to respond on Thursday. Kupfer et al., “Raman wavelength conversion in ionic liquids,” Phys. Rachel Berkowitz is a Corresponding Editor for Physics Magazine based in Vancouver, Canada. The group is currently designing liquids to turn this and other lasers to myriad colors.Ĭorrection (20 January 2023): A previous version of the text inaccurately called the “liquid salt” a “salt solution.” The researchers measured a high color-conversion efficiency of the photons, which they attribute to the large interaction cross sections of the salt molecules and to the reduction of other forms of scattering that can inhibit wavelength conversion. ![]() Passing the laser through the cell, they observed that the light turned orange. The researchers assembled their converter setup from a pulsed green laser and a 63-cm-long cell filled with a liquid salt. The vast array of available artificial salts could also make it possible to precisely tune the energy loss caused by the salt–photon interaction, giving increased color control. The BNL team reasoned that a liquid salt could interact with photons in the same way while offering a high density of energy-swapping sites compared to either a gas or a standard liquid. In the 1960’s liquid technique, when a photon “hits” a liquid molecule, the photon loses energy, exiting the medium with less energy-and thus a different color-than it entered (see Focus: Holey Fibers Shed New Light). The finding could lead to a simple and energy-efficient tool for creating lasers with desired colors for medical and scientific applications. Now a team of scientists from Brookhaven National Laboratory (BNL), New York, show that synthetic, room-temperature liquid salts can also serve as effective laser-color-tuning media. Researchers in the 1960s found that a liquid-filled cell, which had inadvertently been placed inside a laser’s cavity, shifted the laser’s wavelength. High-energy, short-pulse laser sources exist only in a limited number of colors.
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